Horses of Iron

Dunno about these modern minibikes... I'm not feelin' the love... No style? The commando bikes have such an amazing pedegree...

Lock
 
Lock said:
Dunno about these modern minibikes... I'm not feelin' the love... No style? The commando bikes have such an amazing pedegree...

Lock

i wouldn't call that modern,
simple double loop style, 60's 70's...
still looks better than most cheap chinese electric scooters with cheesy plastics...

here's a nicer one,

miniprototype3_012.jpg
 
sk8norcal said:
McCoy Sportsman glow plug engine
Haha! I was trying to figure out how it got power to the wheels but I think the thing is powering an air prop!
McCoy_1949.jpg
 
That last one could have the engine replaced with powerchair motors, and even the look could be kept, almost. The PC motors with a rightangle gearbox look a lot like the part of the engine you can see from the right, down in front of the footplates. :)
 
sk8norcal said:
lock, has anyone do electric version of these ?
http://www.mikeybike.com/propo_wheel.html
http://www.american-automobiles.com/Articles/Smith-Briggs-Stratton-Motor-Wheel.html
Smith-Motor-Wheel-Bicycle.jpg


No electrics I can think of. Funny, we talk on ES about adding hubs and non-hubs to two/three wheelers, but can't recall an extra wheel as a bolt-on kit complete w/motor and battery. Maybe a powered sidecar, but something as small as wheel and power-only?

Hmmmm!

Have to wonder why it became another evolutionary dead end...

Lock
 
Really good video on this site showing a restored single seat 1896 Riker electric runabout in operation and owned now by the grandson of Andrew Riker:
http://kdrv.com/oregon_trails/220967

electric-cars.preview.jpg


Transcript from the video:
Oregon Trails: Electric Cars

August 12, 2011
By Ron Brown

GRANTS PASS, Ore. -- For years now, scientists and engineers have tried to develop a car that can run on electricity with the same power, range and reliability as gas and diesel-fueled vehicles.

A hundred years or more ago, electric cars were competing just fine with steam and gas horseless carriages of the day. Some of those ancient vehicles remain to remind us just how far we have...or have not... Come in the effort to have emission-free transportation.

Rick Riker is a Grants Pass city councilman and a former Josephine county planner. He is also the grandson of one of America's pioneer automotive developers and engineers, Andrew Riker. One of the prize possessions in his family is this single seat 1896 Riker electric runabout, which, as you can see, still runs well. The car was a basket case on display at the original Harrah auto museum near Reno, and then was sold to a man in Arizona who restored it in the early 1980's. Riker's parents bought it later at auction, and it's been back in the family ever since.

Riker has shown the little electric at some car shows, but says driving it in parades is a little un-nerving considering the primitive braking system on the car.

One of the big challenges Riker had when he got the car was finding eight-volt batteries. The car runs on 40 volts, using five 8-volt batteries connected in series. But a local battery distributor just happened to have them. They are often used to power tractors.

Today electric cars like this Nissan leaf have high tech batteries that can drive the car for a hundred miles at highway speeds without a re-charge. The Riker could go up to 20 miles an hour on the roads of the day and has a range of about 30 miles. These cars were very popular with women and taxi companies in the cities. There you could find chargers. Today it's the same problem, having enough places to keep your car charged to be able to drive very far.

Rick says, "My dad said that my granddad mentioned that if there was a battery station on every corner, that electric cars would've survived. But he also--my grandfather--foresaw that gasoline was the way to go and that's why he sold his electric car business. And what he envisioned that you would actually swap your batteries out. You pull into a gas station and then change the batteries out and then drive off."

Andrew Riker's foundation was in electric motor development, but when he sold his company he embraced the new gas engine technology fully. However, electric cars stayed around in declining numbers well on into the 1920's. And now they're trying to make a comeback, using new materials and new technology.

When Andrew Riker sold out in 1901, after about five years of making electric vehicles, many people think that the most valuable part of the sale was really the patents that went along and the engineering that went into his vehicles.

In all, Riker built and sold 299 cars. Andrew Riker was hired by loco-mobile to be their chief engineer in 1902, to develop gas engines. He was also the first president of the Society of Automotive Engineers and died in 1930. There have been about a hundred different electric carmakers in the U.S. in the last hundred years, including Studebaker, Millburn, Baker, Waverly, and Detroit.
 
Lock, just wanted to thank you for this thread, I enjoy the new additions. Quite a history lesson on the pages you put together here. I wonder if the Riker really got 20 miles off of those 5 lead acid batts however. I think I saw a big (like 4 inch diameter) wire wound resistor next to the switch contacts under the seat.
 
bigmoose said:
Lock, just wanted to thank you for this thread, I enjoy the new additions. Quite a history lesson on the pages you put together here. I wonder if the Riker really got 20 miles off of those 5 lead acid batts however. I think I saw a big (like 4 inch diameter) wire wound resistor next to the switch contacts under the seat.
Hey Moose, glad you like. Yah, saw that coil too. I was thinking plug braking resistor but no mention about it in the vid. It'd surely be more effective than that dinky parking brake thingee! Betcha that Riker could get 20mi, as it was maybe only moving at 10mph?

Lock
 
How far we have come! From that Racycle sale ad "475cc, 4 cycle engine producing 4hp" ... and today's MotoGP bikes do over 200 HP out of 800cc naturally aspirated. Who would have thought a 50 fold improvement was possible back then!
 
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